基于物元可拓法的地面无人作战装备作战效能评估被引量：4

Combat Effectiveness Evaluation of Unmanned Ground Combat Equipment Based on Matter Element Extension Method

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摘要地面无人作战装备作为陆战领域新型装备的典型代表,因其广阔的军事应用前景,已成为世界各国关注和重点研究的领域之一。为有效评估地面无人作战装备的作战效能,加快无人装备研制和列装进程,在分析地面无人作战装备作战效能影响因素的基础上,从目标侦察能力、火力打击能力、机动能力、信息指挥能力、防护能力和非战斗能力6个方面构建了地面无人作战装备作战效能评估指标体系。引入物元描述无人装备的作战效能,在采用层次分析法确定效能指标权重的基础上,基于物元可拓法建立了作战效能评估的物元可拓模型,并以侦打一体无人车作战效能评估为例进行分析,应用物元可拓模型实现了该无人装备作战效能的有效评估。 Unmanned ground combat equipment,as a typical representative of new equipment in the field of land warfare,has become one of the areas of concern and key research of all countries in the world because of its broad military application prospects.In order to effectively evaluate the combat effectiveness of unmanned ground combat equipment and speed up the development and fielding of unmanned equipment,factors affecting the combat effectiveness of unmanned ground combat equipment are analyzed.This is followed by the construction of an evaluation index system of unmanned ground combat equipment combat effectiveness based on six aspects:target reconnaissance capability,fire strike capability,mobility,information and command capability,protection capability,and non-combat capability.The matter-element theory is introduced to describe the combat effectiveness of unmanned equipment and the analytic hierarchy process is used to determine the effectiveness index weights,after which the matter-element extension model for combat effectiveness evaluation is established based on the matter-element extension method.Taking the combat effectiveness evaluation of an unmanned ground vehicle integrated with reconnaissance and strike capabilities as an example for analysis,the matter-element extension model is applied to realize the effective evaluation of the combat effectiveness of the unmanned equipment.

作者徐达周诚曹振地张津赫 XU Da;ZHOU Cheng;CAO Zhendi;ZHANG Jinhe(Department of Arms and Control,Academy of Army Armored Force,Beijing 100072,China;Unit 31700 of PLA,Liaoyang 111000,Liaoning,China)

机构地区陆军装甲兵学院兵器与控制系中国人民解放军

出处《火炮发射与控制学报》北大核心 2022年第5期29-34,共6页 Journal of Gun Launch & Control

关键词地面无人作战装备作战效能评估指标体系物元可拓评估模型 unmanned ground combat equipment combat effectiveness evaluation index system matter element extension evaluation model

分类号 TJ01 [兵器科学与技术—兵器发射理论与技术]